...-break is similar to that on hull deck. The unsteady flows with strong nonlinear characteristic can easily make structural damage. Therefore, structural elasticity effect shall be taken into account in such problems. In the present work, a fluid-structure coupling solution strategy based on CFD-FEM...

... resistance up to 60% of the relative dynamic modulus of elasticity. The center temperatures of concrete specimens were measured, and the changes of thermal distribution were simulated. Then, the center temperatures and thermal distribution differed slightly between φ100 × 200 mm cylindrical specimens...

... velocity and internal fluid motion can be considered in the calculation. The calculation principles are as follows: mooring system nylon cable cable tension max roll axis subsea system elasticity analysis result mooring arrangement max surge marine transportation polar engineering...

... off from the used fenders and sliced into the test pieces for physical properties. The remarkable drop of strength and elongation showed only in the vicinity of surface and flat and modest increase of elasticity was seen in the main body. The Finite Element Analysis with these material properties...

... backfill elasticity pipe weight loading clsm subsidence pin penetration rate pr deformation rigidity field test settlement fly ash metals & mining coal ash construction upstream oil & gas bottom ash subsidence The Application of Controlled Low Strength Materials as Conduit...

... the ultrasonic propagation velocity and the first resonance frequency on concrete specimens with and without the carbonation layer. A short abstract (50 to 100 words) in a single paragraph should be included here. INTRODUCTION The use of the relative dynamic modulus of elasticity by the first resonance...

... will begin to act like a liquid, the residual liquefaction . pore water pressure buildup reservoir characterization upstream oil & gas effective stress coefficient sediment elasticity sumer fredsøe mathematical model equation logic programming time series wave height pore pressure...

... waves. calculation dalrymple water wave mud depth wavenumber mud layer artificial intelligence equation elasticity worksheet macpherson resonance mathcad worksheet upstream oil & gas thickness mehta maa drilling fluids and materials wave attenuation muddy bed reservoir...

... In this study, the Bragg scattering of waves propagating over a series of poro-elastic submerged breakwaters is investigated by theoretical derivation and experimental tests. An analytical solution is developed for waves propagating over a series of poro-elastic submerged structures. Water waves...

... for the drift of an oilslick surface boundary layer normal stress equation elasticity concentration weber wave-induced drift oil slick christensen wave component surface wave wave-induced stress virtual wave stress surface tension attenuation rate slick chemical spill simulation slick...

... of the shaft. Samman and O'Neill (1997) reported an experimental study, in which defects that were about 25 mm thick could not be reliably detected experimentally by this method. initial shear stiffness shaft stiffness reflection pile head upstream oil & gas elasticity reservoir...

... studies the effect of pozzolanic materials on the compressive strength and modulus of elasticity of HPC. An experimental program is conducted to evaluate the effect of silica fume, fly ash, and combination of the two used as cement supplemental materials on the modulus of elasticity. Results show...

... and elastic properties of the mud. INTRODUCTION The interaction between waves propagating on the surface of a body of water and the bed material is a long standing coastal problem. The problem is practically important because the waves can be attenuated at a much faster rate when the bed material...

...Experiment on Motion of Large Elastic Floater in Directional Seas Tetsuya Hiraishi and Mitsuhiro Okuno Wave Division, Port and Airport Research Institute Yokosuka, Kanagawa, Japan Ichiro Miyazato Yokohama Office, ECOH Co. Yokohama, Kanagawa, Japan ABSTRACT A large floater with an elastic pontoon...

... of the Taipei Sewer Sub-main System. Soils treated were silty sand and sandy silt. Cylindrical specimens were drilled from the site and tested in the laboratory. Experimental results show that the elastic wave velocities, modulus of elasticity, and uniaxial compressive strength of soilcrete increase...

...-core sample was used in the method. From the displacement of the collider, the dynamic moduli of elasticity and viscosity were calculated by applying Voigt's model for the sediments. Effect of the falling speed of the collider was also examined onto well- controlled artificial clayey sediments...

... of recycled plastics. secondary reinforcement specimen fundamental transverse frequency plastic virgin polypropylene fiber resistance test method rhdpe fiber slump fiber dilation freezing frequency elasticity resonant frequency reinforcement concrete specimen concrete matrix Proc...

... response of the sediments was developed. A circular falling collider onto a test specimen and a sub-core was used in the method. From the displacement of the collider, the dynamic modulus of elasticity was calculated by applying a simple spring model for the sediments. A liner relationship between...

... and B/H, the soil compressibility has a drastic effect on the bearing capacity predictions. contact stress formulation finite element method von mise convergence iteration nonlinear analysis incompressible soil foundation gravity arctic structure elasticity variational principle...

... Copyright © 1991 by The International Society ofOffshore and Polar Engineers ISBN 0-9626104-5-3 (Set); ISBN 0-9626104·8-8 (Vol J1J) BASIC THEORY 2. Model of elastic half space According to the applied elastic half space theory, the foundation medium can be modeled by a horizontal spring-dashpot device...